Characteristics Of Electric Heating Tube

Light weight and high output power: The electric heater is mainly selected from the group of tubular electric heating materials. Fast thermal contrast, high precision temperature control, high comprehensive thermal efficiency. High heating temperature: The maximum task temperature of the electric heater design scheme reaches 850 ° C. Mean temperature of material inlet and outlet, high precision temperature control. Wide application limitations and strong compliance: The electric heater can be used as an explosion-proof or popular site, the explosion-proof level reaches dⅡB and C, and the pressure resistance reaches 20MPa. Long life and strong robustness: This electric heater is made of extraordinary electric heating materials. The design has a low surface power load and a variety of maintenance options, which greatly increases the safety and service life of the electric heater. Full active control: According to the regulations, the electric heater circuit principle can be used to conveniently control the main parameters such as inlet and outlet temperature, total flow, working pressure, etc., and can be connected to the computer network. The environmental protection and energy saving results are remarkable. The heat generated by electromagnetic energy is really sent to the heating substance.

Hydromechanical explosion-proof heater is a method that consumes electromagnetic energy and transforms it into energy to heat the raw materials that need to be heated. In the daily task, the ultra-low temperature fluid mechanics material enters its inlet and outlet under the actual effect of working pressure through the pipeline, and along the special heat exchange channel inside the electric heater vessel, the design method of fluid mechanics is applied to bring The high-temperature thermal kinetic energy often generated in daily tasks of electric heating materials increases the temperature of the material being heated, and the high-temperature materials specified in the processing process are obtained at the entrance and exit of the electric heater. The internal control system software of the electric heater actively regulates the power of the electric heater according to the temperature sensor signal light of the output port, so that the material temperature of the output port is average; when the high-temperature components are overheated, the self-supported over-temperature maintenance of the high-temperature components Maintenance and installation immediately cut off the heating switching power supply to avoid overheating of raw materials to cause growth, coking and charring, which can lead to burnout of high-temperature components when not optimistic, effectively extending the service life of electric heaters.